| Store | Respective ratio of number of linen kurtis to cotton kurtis sold |
| A | 7:5 |
| B | 5:6 |
| C | 3:2 |
| D | 5:3 |
| E | 4:3 |
| F | 7:3 |

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We analyze the distribution of kurtis sold across six stores. A pie chart shows the percentage each store contributes to total sales, and a table (not provided, implied) details the linen-to-cotton kurtis ratio for each store.
Total kurtis sold: 84,000. The pie chart percentages are:
Calculate kurtis sold by stores D and E.
Store D kurtis = \( 84,000 \times \frac{12}{100} = 10,080 \)
Store E kurtis = \( 84,000 \times \frac{28}{100} = 23,520 \)
Determine linen and cotton kurtis using the given ratios.
For Store D, linen-to-cotton ratio is 5 : 3 (5 linen for every 8 kurtis):
Store D linen = \( \frac{5}{8} \times 10,080 = 6,300 \)
Store D cotton = \( \frac{3}{8} \times 10,080 = 3,780 \)
For Store E, linen-to-cotton ratio is 4 : 3 (4 linen for every 7 kurtis):
Store E linen = \( \frac{4}{7} \times 23,520 = 13,440 \)
Store E cotton = \( \frac{3}{7} \times 23,520 = 10,080 \)
Calculate the average number of linen and cotton kurtis sold by D and E together.
Average linen:
\( \frac{6,300 + 13,440}{2} = \frac{19,740}{2} = 9,870 \)
Average cotton:
\( \frac{3,780 + 10,080}{2} = \frac{13,860}{2} = 6,930 \)
Calculate the difference between the averages.
Difference (linen - cotton):
\( 9,870 - 6,930 = 2,940 \)
Answer: (1) 2,940.
The pie-diagram below shows the percentage of expenditures of Paul and Balu per month.


